Seyed Mohammad Taghavi
Papers
8
Total Citations
70
H-Index
5
About
Seyed Mohammad Taghavi is a leading researcher in the hydrodynamics of multiphase systems, with a particular focus on the performance of packed-bed scrubbers and bubbling fluidized beds under marine conditions. His work addresses the critical challenge of stabilizing gas-liquid mass transfer and particle dynamics on floating platforms, essential for offshore CO₂ capture and other marine-based chemical processes. Taghavi’s major contributions include pioneering the use of hexapod robots to emulate sea states, enabling precise laboratory studies of roll, pitch, and heave effects on reactor internals. His 2018 paper on gas-liquid mass-transfer in packed-bed scrubbers for floating CO₂ capture has garnered 34 citations, underscoring its impact. He has also developed geometric strategies to improve the resilience of marinized fluidized beds against gas maldistribution, as detailed in his 2024 study. Notable achievements include the application of advanced visualization techniques like PIV-DIA and wire-mesh sensors, and the introduction of precision mist injection to stabilize hydrodynamics under oscillation. Taghavi’s research bridges fundamental fluid dynamics and practical engineering, offering scalable solutions for offshore chemical processing.
Research Focus
Key Achievements
Top Papers
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- 5A modelling framework for jet penetration into soft gels5 citations · 2025
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